Thermochemical conversion
Three technologies. One engineering team.
We design and supply complete systems or individual units. Technology is chosen by material, target product and process conditions, not the other way around.
Comparison
Which one fits your project?
| Pyrolysis | Carbonization | Gasification | |
|---|---|---|---|
| Principle | Oxygen-free, sealed reactor | Limited oxygen | Controlled partial oxidation |
| Oxygen | None | Limited | Controlled (partial oxidation) |
| Main product | Pyrolysis oil · Recovered carbon black · Steel | Biochar · Charcoal · Process heat | Syngas · Power and heat · Char and ash |
| Typical feedstocks | Whole or shredded end-of-life tires; Polyolefins (PE, PP) and technically suitable blends; Industrial rubber and rubber scrap | Forestry and sawmill residues; Rice husk, bagasse, shells and prunings; Palm, coffee, cocoa and banana residues | Wood chips and wood residues; Low-moisture shells and agro-industrial residues; Biomass pellets and briquettes |
| Ideal when | There is a steady stream of tires or plastics and an EPR obligation. | There is abundant biomass and the goal is a solid product or carbon credits. | The priority is power and heat from an own residue. |
By residue type
Start with what you have.
Projects and proposals
Tell us what residue you have and what you want to obtain.
With the material type, available volume and location we prepare a preliminary technical assessment and the plant scope.